CN101977122A - Method and system for managing operation of network-connected device and agent for managing operation of device - Google Patents
Method and system for managing operation of network-connected device and agent for managing operation of device Download PDFInfo
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- CN101977122A CN101977122A CN2010105230590A CN201010523059A CN101977122A CN 101977122 A CN101977122 A CN 101977122A CN 2010105230590 A CN2010105230590 A CN 2010105230590A CN 201010523059 A CN201010523059 A CN 201010523059A CN 101977122 A CN101977122 A CN 101977122A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/06—Management of faults, events, alarms or notifications
- H04L41/0677—Localisation of faults
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/02—Standardisation; Integration
- H04L41/022—Multivendor or multi-standard integration
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L43/00—Arrangements for monitoring or testing data switching networks
- H04L43/08—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters
- H04L43/0805—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters by checking availability
- H04L43/0817—Monitoring or testing based on specific metrics, e.g. QoS, energy consumption or environmental parameters by checking availability by checking functioning
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
- H04L12/2803—Home automation networks
- H04L12/2823—Reporting information sensed by appliance or service execution status of appliance services in a home automation network
- H04L12/2825—Reporting to a device located outside the home and the home network
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
- H04L12/2803—Home automation networks
- H04L2012/2847—Home automation networks characterised by the type of home appliance used
- H04L2012/285—Generic home appliances, e.g. refrigerators
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Abstract
The invention relates to a method and a system for managing operation of a network-connected device and an agent for managing the operation of the device. The system for managing the operation of the network-connected device comprises an agent for managing the operation of the device, wherein the agent comprises an acquiring unit for acquiring the information about running conditions of the network-connected device, a running control unit for controlling the running of the network-connected device, an initializing unit for initializing the running control unit when the network-connected device is started each time, and a control unit for controlling the running control unit initialized by the initializing unit and controlling the running of the network-connected device according to the running condition acquired by the acquiring unit.
Description
The application is to be on November 30th, 2007 applying date, and application number is 200710196344.4, and denomination of invention is divided an application for the application for a patent for invention of " agency of the operation management system of networking gear and method, equipment operation management ".
Technical field
The present invention relates to a kind of operation management system and method for networking gear, and the agency of the equipment operation management that the operation of the equipment that is connected to network is managed.The present invention relates more specifically to a kind of operation management system and method for networking gear, and the agency who the load in the management operating is disperseed and reduces the equipment operation management of the Internet traffic that described administrative institute causes.
Background technology
Be extensive use of the operation management system of the equipment (being called hereinafter, " networking gear ") that is connected to network in recent years.In such system, management server central management networking gear and can the centralized detecting networking gear in the accident that occurs and fault etc.
The embodiment of networking gear not only comprises the necessary communication equipment of the such network of structure (for example, as the trunking of cable network relaying), and comprises the connecting terminal device that is connected to network.The example of connecting terminal device comprises electronic instrument and conventional computer now.
According to all types of equipment that are connected to network as mentioned above and the present circumstances of device, proposed various about the operation management system of how to construct networking gear scheme with effective these networking gears of management.
Such scheme is disclosed in Japanese patent application " spy opens flat 11-168465 communique ".In this publication in the operation management system of disclosed networking gear, for each networking gear to be managed is equipped with mapping function, the information conversion that is used for networking gear is the form that management server uses, and will be the form that uses in the networking gear from the information conversion of management server.Even when networking gear uses dissimilar communication interfaces, be equipped with such function and also eliminated the needs that management server has the program that is used for dissimilar interfaces.This allows under the situation of not considering such networking gear interface type difference, and management server carries out central management to these networking gears to be managed.
The routine techniques of seeing in Japanese patent application " spy opens flat 11-168465 communique " has only been realized the mapping function of information converting form, and management server is still initiated the management to networking gear.Therefore, when the operation management system with networking gear was used for managing a plurality of networking gear, the load of management server in its management processing increased, and caused because the traffic increase that the amount of information of management server and the exchanged between equipment of being managed causes.
Summary of the invention
The objective of the invention is to solve problem in the routine techniques to small part.
According to an aspect of the present invention, the operation management system that provides a kind of operation that is used for networking gear to manage, this operation management system comprises: the equipment operation management agency who is provided with in networking gear to be managed.This equipment operation management agency carries out equipment operation management and handles, this equipment operation management is handled the running status of managing networking gear independently, and manage the result and send processing, this management result send processing handle via network transmitting apparatus operational management independently in the management result of networking gear of management.This operation management system also comprises management server, this management server manages the result and receives processing, this management result receive processing by predetermined interface be received in the management result send the management result who sends in the processing, and this management server receives the management result who receives in the processing to the management result and manages, thereby the networking gear for the treatment of management manages.
According to a further aspect in the invention, the operation management method that provides a kind of operation that is used for networking gear to manage, this operation management method comprises: be arranged on the running status that the equipment operation management agency in the networking gear to be managed manages networking gear independently; The equipment operation management agency independently sends the described management result who manages running status independently via network; And the networking gear for the treatment of management carries out the management result of the management server of central management via network reception slave unit operational management agency transmission.
According to another aspect of the invention, a kind of equipment operation management agency is provided, this equipment operation management agency is arranged in the networking gear to be managed and via network and is connected to management server, this equipment operation management agency comprises: the equipment operation management processor that the actuating equipment operational management is handled, this equipment operation management are handled the running status of the networking gear to be managed of management independently; And carry out the management result that the management result sends processing and send processor, this management result sends the management result of the networking gear that processing manages to management server transmitting apparatus operational management independently processing device via network.
Read the following detailed description of the preferred embodiment given in conjunction with the drawings, will be better appreciated by and reach other purposes, feature, advantage more than the present invention the present invention, and technology and industrial significance.
Description of drawings
Fig. 1 is the schematic diagram of the structure of conventional equipment operation management system S;
Fig. 2 is the schematic diagram according to the structure of the S of equipment operation management system of an execution mode;
Fig. 3 is the functional block diagram according to the equipment operation management agency's of this execution mode structure;
Fig. 4 is the figure of particular content of the configuration of configuration (profile) management department branch management;
Fig. 5 is the functional block diagram according to the structure of the air regulator of this execution mode;
Fig. 6 is the sequential chart that is used to start the process of air regulator to be managed;
Fig. 7 is the sequential chart that is used to manage independently the process of air regulator fault;
Fig. 8 is the sequential chart that is used for the process of setting air adjuster temperature;
Fig. 9 is the sequential chart of the process of management service management air regulator fault.
Embodiment
With reference to accompanying drawing, below describe in more detail according to the operation management system of networking gear of the present invention and the execution mode of method, and the execution mode that is used for the agency of equipment operation management.As networking gear, following execution mode relates to a plurality of air regulators that are connected to network with by way of example.Yet structure is not limited thereto, and general networking gear can be connected to network.In addition, though have only air regulator to be connected to network in the following embodiments, structure is not limited thereto, and can mix and connect various networking gears.
Before describing these execution modes, below provide the structure in general of the conventional operation management system (hereinafter, being called " equipment operation management system ") of networking gear, to describe the problem that this conventional equipment operation management system occurs.Fig. 1 is the schematic diagram of the structure of conventional equipment operation management system.
As shown in Figure 1, management server is connected to three equipment (device A, B and C) that will communicate with one another via network.Management server comprises the operational management unit, this operational management unit by send to device A, B and C be used to obtain the request of these equipment running status, then determine from equipment in response to these request responding, manage these equipment running status.
In addition, management server comprises application interface unit, this application interface unit interface that acts at operational management unit and described communication between devices.In order to adapt to dissimilar equipment, this application interface unit comprises application programming interfaces (API)-A, API-B and API-C, comes to communicate by letter with device A, B and C respectively.That is, management server is communicated by letter with device A, B and C with API-C by API-A, API-B respectively.
The operational management unit of management server is connected to final accounts processor and operation service processor.The final accounts processor is carried out according to the operational management unit result how management equipment is moved, and the final accounts that described equipment carry out operational management are handled.The operation service processor is carried out the service that is used for management equipment.
On the other hand, device A comprises the device A interface unit, and it has the API-a via network and management server communication.Similarly, equipment B comprises the equipment B interface unit, and it has the API-b via network and management server communication, and equipment C comprises equipment C interface unit, and it has the API-c via network and management server communication.
Like this, its application interface unit of Routine Management server requirement has the API that the feature (for example device type) according to described equipment changes.This has caused application interface unit irrelevantly to have the problem of labyrinth.That is, for the operation of management equipment, management server need send according to each API that uses in each equipment and different requests to each equipment to be managed.When management more equipment and these equipment had the various features of device type for example, it is serious that this problem becomes.
In the conventional equipment operation management system of representing in Fig. 1, the management server side is initiated the management to equipment.In other words, the operational management unit of management server sends the request that is used to obtain these equipment running status to described equipment, makes management server carry out central management to the running status that sends from these equipment in response to described request.Therefore, when management server had the processing load of increase and manages more equipment, this problem became more serious.
In addition, even management server also needs to send request and receive response from described equipment to described equipment termly when operation troubles not occurring in described equipment.This causes the increase of the traffic mobile on the network, and becomes more serious problem when the more equipment of management.
Developed the present invention to address these problems, the objective of the invention is to eliminate the needs of the structure of the application interface unit that changes management server, reduce the processing load of management server in the management equipment running, even and under the situation of the more equipment of management, also reduce the traffic that in the management equipment running, flows on the network.
With reference to Fig. 2 to 9, below describe according to the embodiment of the present invention.Structure according to the equipment operation management system of execution mode at first, is briefly described.Fig. 2 is the schematic diagram according to the structure in general of the equipment operation management system of this execution mode.This comprises the network configuration of equipment operation management system.In the following embodiments, the management project of equipment to be managed refers to be used for the project of management equipment fault, for example fault in its operation and malfunctioning.
As shown in Figure 2, the S of equipment operation management system is configured to: management server 100 is connected to three air regulators 300 (air regulator A, B and C) that will communicate with one another via network N.Management server 100 comprises proxy management unit 101, it is by collecting Trouble Report from air regulator 300 (air regulator A, B and C), and for example show Trouble Report tabulation, the running status of managing described air regulator by operational management person to the S of equipment operation management system.Proxy management unit 101 is equipped with application software therein, and this software has been realized the demonstration to the malfunctioning or error listing that occurs in air regulator 300.
The proxy management unit 101 of management server 100 is connected to final accounts processor 102, and the result how this final accounts processor 102 manages the operation of air regulator 300 according to proxy management unit 101 carries out the final accounts of the operational management that is used for air regulator 300 and handles.
On the other hand, each air regulator 300 (air regulator A, B and C) comprises equipment operation management agency 200, and this equipment operation management agency 200 manages the operation of corresponding air regulator 300 independently.Equipment operation management agency 200 inherent functions according to air regulator 300, independently acquisition of information is determined the state of air regulator 300, and carries out the necessary processing of the described operation of management.In this way, equipment operation management agency 200 is as the agency, and it manages the operation of air regulator 300, and operation as far as possible independently.Equipment operation management agency 200 also is used for receiving request from management server 100, and provides response according to the content of request.
Equipment operation management agency 200 comprises communication controler 201e, and it controls communicating by letter via network between its standard A PI unit 203 and the management server 100.Because the agency who manages the management server 100 of operation before this concentratedly is served as in the operation of equipment operation management agency 200 management air regulators 300, equipment operation management agency 200 is called as " agency ".Because equipment operation management agency 200 replaces the management server 100 of centralized management operation, manage the operation of air regulator 300, so can disperse the processing load in this management.
Thus, management server 100 itself is not managed the operation of air regulator 300, but, the operation of the air regulator 300 that equipment operation management agency 200 management that are provided with in air regulator 300 are corresponding.This structure allows management server 100 is acted on behalf of 200 about the processing load dispersing of the operational management of air regulator 300 to equipment operation management, thereby realizes the minimizing of load.Even when managing more multi-air conditioner 300, this has also been avoided the increase of the processing load of management server 100.
In addition, management server 100 allows its application interface unit 103 not have API to adapt to for example variation of the apparatus characteristic of device type according to device type or communication protocol, makes it possible to avoid application interface unit 103 to have labyrinth.Even when managing the equipment of type that polymorphic type more is different from air regulator 300, this has also eliminated the needs that change the structure of application interface unit 103, does not cause the complexity of application interface unit 103 thus.
In addition, because change the operation of managing air regulator 300 by the equipment operation management agency 200 who is provided with in the air regulator 300 independently into, so management server 100 does not need to send request to air regulator 300 termly.This allows management server 100 to have only when the appearance operation is malfunctioning in air regulator 300, just receives Trouble Reports from air regulator 300.When in air regulator 300, not occurring moving when malfunctioning, do not send Trouble Report from air regulator.This has realized the minimizing of the amount of information that flows on the network, even make when managing more multi-air conditioner 300, also can suppress the increase of the amount of information that flows on the network.
The equipment operation management agency's who represents among Fig. 2 structure is below described.Fig. 3 is the functional block diagram of the equipment operation management agency's that represents among Fig. 2 structure.As shown in Figure 3, equipment operation management agency 200 comprises and acts on behalf of core cell 201, uses (AP) open-source unit 202 and standard A PI unit 203.
Equipment operation management agency 200 is installed in the monolithic semiconductor integrated circuit (for example IC or integrated on a large scale (LSI)).This allows in relatively easy mode equipment operation management agency 200 to be installed or embeds in the networking gear (for example air regulator 300).
Acting on behalf of core cell 201 is following processors, this processor actuating equipment operational management agency 200 basic handling, and the irrelevant part of type responsible and equipment operation management agency 200 equipment of being managed.That is, will act on behalf of core cell 201 design and be configured to: with irrespectively, as equipment operation management agency 200 public function about the device type of equipment to be managed and the management project of wishing management.
Act on behalf of core cell 201 and be equipment operation management agency 200 Core Feature comprehensive.Act on behalf of core cell 201 and comprise service configuration processor controls 201a; Fault, structure, final accounts, performance and safety (FCAPS) funtion part 201b; State-transition measurement processor 201c; Access counter 201d and communication controler 201e.
Service configuration processor controls 201a is the processing capacity part, this processing capacity part reads the configuration of configuration management part 202c (the describing in the back) management of AP open-source unit 202 when air regulator 300 starts, and the order how to handle partly is provided and is used for initialized order to the processing capacity of acting on behalf of core cell 201.
Fcaps functionality part 201b is used for managing at the project such as fault, structure, final accounts, performance and safety among the S of equipment operation management system.The transformation of the state of state-transition measurement processor 201 management air regulators 300.About state to be managed, when state-transition measurement processor 201c starts at air regulator 300, receive order from service configuration processor controls 201a.
Access counter 201d management slave unit operational management agency 200 in the S of equipment operation management system sends the number of times of Trouble Report etc. to management server 100.The described number of times of access counter 201d management is sent to the final accounts processor 102 of management server 100 by fcaps functionality part 201b, and be used for managing final accounts.
AP open-source unit 202 is configured to have processing capacity, as having the interface of air regulator 300 inherent functions, and depends on the device type of air regulator 300.That is, with AP open-source unit 202 design and be configured to: be can be according to treating the device type in the management equipment and wishing that the management project of management customizes.In the present embodiment, AP open-source unit 202 comprises fault management part 202a, temperature treatment part 202b and configuration management part 202c.
Fault management part 202a is used for reading the fault message in the air regulator 300.Temperature treatment part 202b has the function of setting and controlling the temperature of air regulator 300.Configuration management part 202c stores character intrinsic in the air regulator 300 and parameter therein, as configuration information.As shown in Figure 4, the content of configuration information (for example for example comprises device type, air regulator), the possible state of equipment (for example, normally, occur rudimentary fault or senior fault appears), the IP address of equipment (for example, 192.168.1.1), the IP address of management server 100 (for example, 192.168.1.0) and notification strategy (for example, during the rudimentary fault of every appearance 10 times and when senior fault at every turn occurring, management server 100 being notified).
Standard A PI unit 203 is as acting on behalf of communicating by letter and act on behalf of the interface of communicating by letter between core cell 201 and the AP open-source unit 202 between core cell 201 and the management server 100.
The structure of the air regulator of representing among Fig. 2 is below described.Fig. 5 is the functional block diagram of the structure of the air regulator represented among Fig. 2.As shown in Figure 5, air regulator 300 comprises equipment operation management agency 200 and the air conditioning function unit 250 that is connected to two-way communication each other.Equipment operation management agency 200 manages the operation of corresponding air regulator 300 independently, and independently communicates by letter with the management server 100 that is used to manage.Air conditioning function unit 250 is processing capacities of implementing the inherent function of air regulator 300.
Below be described in the processing of the startup (start-up course) of the air regulator to be managed (air regulator 300 in the execution mode) that carries out among the S of equipment operation management system that represents among Fig. 2.Fig. 6 is the sequential chart of the start-up course of air regulator to be managed.
As shown in Figure 6, the air conditioning function unit 250 initial processing (step S101) of carrying out the startup power supply of air regulator 300.Air conditioning function unit 250 provides initiate notification (step S102) to the service configuration processor controls 201a that acts on behalf of core cell 201 then.
When service configuration processor controls 201a when air conditioning function unit 250 receives initiate notification, service configuration processor controls 201a sends order to standard A PI unit 203 and reads configuration (step S103).Standard A PI unit 203 sends to the configuration management part 202c of AP open-source unit 202 then and reads configure order (step S104).
When configuration management part 202c receives when reading configure order, configuration management part 202c reads configuration information and sends it to standard A PI unit 203 (step S105).Standard A PI unit 203 sends configuration information (step S106) to service configuration processor controls 201a.At step S106, the IP address of the IP address of the possible state of device type, equipment, air regulator, management server and notification strategy as configuration information, are sent to service configuration processor controls 201a from standard A PI unit 203.
Service configuration processor controls 201a sends the initialization command (step S107) of the notification strategy that is included in step S106 reception then to fcaps functionality part 201b.When fcaps functionality part 201b when service configuration processor controls 201a receives initialization command, fcaps functionality part 201b carries out the initialization (step S108) of the information that comprises notification strategy of all functions and storage.Under the initialized situation of completing steps S108, fcaps functionality part 201b sends initialization to service configuration processor controls 201a and finishes notice (step S109).
Service configuration processor controls 201a sends the type of the equipment that is included in step S106 reception and the initialization command (step S110) of possibility state to state-transition measurement processor 201c.When state-transition measurement processor 201c when service configuration controller 201a receives initialization command, state-transition measurement processor 201c carries out the initialization (step S111) of the type that comprises equipment and the information that may state of all functions and storage.Under the initialized situation of completing steps S111, state-transition measurement processor 201c sends initialization to service configuration processor controls 201a and finishes notice (step S112).
Service configuration processor controls 201a sends the initialization command (step S113) of the IP address be included in air regulator that step S106 receives and management server to communication controler 201e.When communication controler 201e when service configuration controller 201a receives initialization command, communication controler 201e carries out the initialization (step S114) of information of the IP address that comprises air regulator and management server of all functions and storage.Under the initialized situation of completing steps S114, communication controler 201e sends initialization to service configuration processor controls 201a and finishes notice (step S115).
Service configuration processor controls 201a sends the initiate notification (step S116) of corresponding air regulator 300 to management server 100 by standard A PI unit 203.When management server 100 received initiate notification among the step S116, management server 100 was registered the air regulator of notifying by initiate notification 300 (step S117) in the predetermined memory zone of its proxy management unit 101.
By starting the processing of air regulator to be managed as mentioned above, to all being arranged on fcaps functionality part 201b, state-transition measurement processor 201c and the communication controler 201e that acts on behalf of in the core cell 201, notice is by the configuration information of air regulator 300 configuration management part 202c management, that start.
Below describe by the agency of the equipment operation management among the S of equipment operation management system that represents among Fig. 2 200 independent air regulator fault managements of carrying out and handle (being used for managing independently the process of air regulator fault).Fig. 7 is the sequential chart that is used to manage independently the process of air regulator fault.As shown in Figure 7, the fault management part 202a of the AP open-source unit 202 among the equipment operation management agency 200, the initial processing of carrying out with timer detection preset time delay (step S121).Specifically, in step S121, timer is determined to pass by the scheduled time, and determines to carry out subsequent treatment at step S 122 according to described, thereby equipment operation management agency 200 can move independently.
At step S121 place, when timer determined pass by the scheduled time, fault management part 202a request air conditioning function unit 250 read in fault (about whether any fault occurring and other fault message of failure level is reported) (step S122).In response to the request of reading in fault, air conditioning function unit 250 sends fault message report (step S123) to fault management part 202a.The fault message report is sent to standard A PI unit 203 (step S124) from fault management part 202a, is sent to the state-transition measurement processor 201c (step S125) that acts on behalf of core cell 201 then from standard A PI unit 203.
When state-transition measurement processor 201c receives fault message when report at step S125 from standard A PI unit 203, state-transition measurement processor 201c detected state changes (step S126).When step S126 does not detect described transformation, skips steps S127 and S128, process advances to step S129.
When state-transition measurement processor 201c when step S126 detects state-transition, state-transition measurement processor 201c notifies detected state-transition (step S127) to fcaps functionality part 201b.When fcaps functionality part 201b when state-transition measurement processor 201c receives the notice of detected state-transition, fcaps functionality part 201b compares fault content and notification strategy, thereby determine whether the fault content reaches the standard (fault management is handled, step S128) that defines in the notification strategy.
When the fault content reaches the standard that defines in the notification strategy, with its notice management server 100.When the fault content does not reach the standard that defines in the notification strategy, do not notify management server 100.Here, do not reach the standard that defines in the notification strategy, do not notify management server 100 in step S128 fault content.Utilize this structure,, have only when needs and just notify according to the information of information importance screening to management server 100 notices.The minimizing that this has realized canned data amount in the management server 100 makes it possible to suppress the loss of the storage resources of management server 100.
In addition, the information essential time of management server 100 retrievals about the running status of air regulator 300 has been shortened in the minimizing of canned data amount in the management server 100.
As in step S121, fault management part 202a detects preset time delay (step S129) with timer.At step S129, when timer was determined to have pass by the scheduled time, fault management part 202a request air conditioning function unit 250 read in fault (step S130).In response to the request of reading in fault, air conditioning function unit 250 sends fault message report (step S131) to fault management part 202a.The fault message report is sent to standard A PI unit 203 (step S132) from fault management part 202a, is sent to the state-transition measurement processor 201c (step S133) that acts on behalf of core cell 201 then from standard A PI unit 203.
When state-transition measurement processor 201c receives fault message when report, the transformation (step S134) of state-transition measurement processor 201c detected state at step S133 from standard A PI unit 203.In addition, when state-transition measurement processor 201c when step S134 detects described transformation, state-transition measurement processor 201c notifies detected state-transition (step S135) to fcaps functionality part 201b.When fcaps functionality part 201b when state-transition measurement processor 201c receives detected state-transition, fcaps functionality part 201b compares fault content and notification strategy, thereby determine whether the fault content reaches the standard (fault management is handled, step S136) that defines in the notification strategy.Here, reach the standard that defines in the notification strategy in step S136 fault content, and be notified to management server 100.
As mentioned above by carry out by equipment operation management agency 200 independently the air regulator fault managements of operation handle, equipment operation management agency 200 manages the fault in the air conditioning function unit 250 of air regulator 300 independently.This makes when the fault of the standard that defines occurring reaching in notification strategy, independently reports described fault to management server 100.
The processing (process that is used for setting air adjuster temperature) of setting the air regulator temperature under the control that is used for the management server 100 in the S of equipment operation management system that Fig. 2 represents has below been described.Fig. 8 is the sequential chart that is used for setting air adjuster temperature.As shown in Figure 8, management server 100 initial equipment operation management agencies' 200 in this air regulator 300 standard A PI unit 203 sends the request (step S141) that air regulator 300 is controlled.Specify and to control air regulator 300 by for example defining Agent ID=act on behalf of A (for example, Agent ID can be the IP address of equipment) designated equipment operational management agency 200.In addition, set=24 degrees centigrade, set specific control project by for example defining temperature.
When standard A PI unit 203 receives when request from management server 100, standard A PI unit 203 will be sent to the communication controler 201e (step S142) that acts on behalf of core cell 201 in the request that step S141 receives.The request that communication controler 201e receive to transmit, and determine whether this request points to the IP address (step S143) with this communication controler 201e corresponding equipment.At step S143, when determining that the IP address of corresponding device is pointed in this request, process advances to later step S144.On the contrary, when definite described request is not pointed to the IP address of corresponding device, stop being used for the processing of setting air adjuster temperature at step S143.Here, point to the IP address of corresponding device in the described definite discovery described request of step S143, and process advances to step S144.
At step S144, communication controler 201e sends indication control item purpose information to standard A PI unit 203, and temperature is set=24 degrees centigrade.Standard A PI unit 203 receives indication control item purpose information, and temperature is set=24 degrees centigrade, and sends it to the temperature treatment part 202b (step S145) of AP open-source unit 202.Temperature treatment part 202b receives indication control item purpose information, and temperature is set=24 degrees centigrade, sends the control command of setting according to this control project (step S146) to air conditioning function unit 250.Air conditioning function unit 250 receives described control command and temperature is set at 24 degrees centigrade.
When control and treatment was normally finished according to described control command in air conditioning function unit 250, air conditioning function unit 250 sent the information (OK) (step S147) that indication is normally finished to temperature treatment part 202b.Temperature treatment part 202b receives the information (OK) that indication is normally finished, and sends it to standard A PI unit 203 (step S148).
When standard A PI unit 203 received the information (OK) that indication normally finishes, standard A PI unit 203 request communication controler 201e obtained the IP address (step S149) of management servers 100.In response to the described request of the IP address that is used to obtain management server 100, communication controler 201e sends the IP address (step S150) of management server 100.Then, standard A PI unit 203 notice is by the management server of the IP address appointment that receives at step S150: normally finished control and treatment (step S151) according to request.
When the control and treatment normally do not finished according to the control command that sends at step S146 (finishing (NG) unusually), send the information (NG) that indication is finished unusually at step S147, S148 and S151, the information (OK) that replaces indication normally to finish.
By being used for the processing of setting air adjuster temperature, can control the air conditioning function of realizing by the air conditioning function unit 250 of air regulator 300 as mentioned above according to the project of in request, setting from management server 100.Thus, according to the operation project of determining air regulator 300 from the order of management server 100.
Be used for carrying out the processing that the air conditioning actuator temperature is set, do not specifically describing the triggering that is used for the request that sends to the equipment operation management agency 200 of air regulator 300 from management server 100.For example, the notice of catastrophe failure that equipment operation management can be acted on behalf of 200 that carry out, the corresponding air regulator 300 of indication is as triggering, realize failure safe, for example close air regulator 300 or set the processing load that reduces air regulator 300 by changing temperature.Thus, management server 100 can be acted on behalf of 200 FEEDBACK CONTROL of carrying out air regulator 300 by equipment operation management.
The control project that comprises in the request from management server 100 is not limited to temperature and sets.The control project can comprise the order that starts/close air regulator 300, and by using the time of startup/powered-down that timer realizes, perhaps can be any one that is used for controlling in a plurality of projects of air regulator 300.
The air regulator fault management processing (process of management service management air regulator fault) that management server 100 among the S of equipment operation management system that represents among Fig. 2 carries out is below described.Fig. 9 is the sequential chart of the process of management service management air regulator fault.As shown in Figure 9, management server 100 initial equipment operation management agencies' 200 in air regulator 300 standard A PI unit 203 requests (step S161) of transmission about managing this air regulator 300.Agent ID=acting on behalf of A (Agent ID for example can be the IP address) comes designated equipment operational management agency 200, with appointment air regulator 300 to be managed by for example defining.Specified fault reads as specific request.
When standard A PI unit 203 when management server 100 receives described request, standard A PI unit 203 will be sent to the communication controler 201e (step S162) that acts on behalf of core cell 201 in the described request that step S161 receives.Communication controler 201e receives the request that is transmitted, and whether definite described request points to the IP address (step S163) of corresponding device.At step S163, when determining that described request is pointed to the IP address of corresponding device, process advances to later step S164.On the contrary, when definite described request is not pointed to the IP address of corresponding device, stop the air regulator fault management of management server request at step S163.Here, in the IP address of described definite discovery described request sensing equipment of step S163, process advances to step S164.
At step S164, communication controler 201e sends the information that the indication request fault reads to standard A PI unit 203.When standard A PI unit 203 received the described information that the indication request fault reads, standard A PI unit 203 was sent to described information the fault management part 202a (step S165) of AP open-source unit 202.Fault management part 202a receives the described information that the indication request fault reads, and sends the order (step S166) of reading in fault to air conditioning function unit 250.Air conditioning function unit 250 receives described order, and sends the state (normal, rudimentary fault occurs or senior fault occurs) (step S167) of corresponding device to fault management part 202a.Then, the report (step S168) that sends about the state of this equipment to standard A PI unit 203 from fault management part 202a.
Standard A PI unit 203 request communication controler 201e obtain the IP address (step S169) of management server.In response to the described request of the IP address that is used to obtain management server, communication controler 201e sends the IP address (step S170) of management servers to standard A PI unit 203.Standard A PI unit 203 receives the IP address of described management server, and to the state (step S171) by the management server notice corresponding device of the IP address appointment of described management server.
Carrying out the air regulator fault management by management server 100 as mentioned above handles, not only equipment operation management agency 200 can manage the operation of air regulator 300 independently, and as in a usual manner, can manage state from the air regulator 300 of management server 100 by using from the request of management server 100.This independent operating management that allows 200 pairs of air regulators 300 of operational management person and equipment operation management agency discretely, according to such air regulator 300 of managing of hope.In addition, by sending request to equipment operation management agency 200 like that, can confirm equipment operation management agency 200 existence according to operational management person is desirable.
Embodiments of the present invention have been described in the front, yet, the invention is not restricted to this and also can realize with the various modification in the technological thought of being set forth in this appended claim.In addition, the advantage of the present invention advantage that is not limited in execution mode, describe.
For example, in aforementioned embodiments, equipment operation management agency 200 occurs the fault in the corresponding air regulator 300 to be managed to be notified to management server 100 as running status according to notification strategy.Yet structure is not limited thereto, and can calculate the various static natures of the incidence that is included in the fault that occurs in the air regulator 300, and the final accounts result can be notified to management server 100 as running status.
In addition, about the processing that is described as automatically performing in execution mode, all or part of of these processing can manually be carried out.About the processing that is described as manually carrying out, all or part of of these processing can be carried out automatically by known method.In addition, unless specify, otherwise can change the processing procedure shown in the execution mode, control procedure, concrete title, Various types of data and parameter by any way, and other kinds of information.
In addition, the composed component of representing among the figure is represented ideational function, and its physical structure needn't be identical with the physical structure represented among the figure.Therefore, equipment is disperseed to be not limited to the concrete structure of representing among the figure with integrated structure, and can aspect function and physics, revise all or part of of such structure in the unit arbitrarily according to the load and the use of equipment.
In addition, about the processing capacity that realizes in the equipment, these functions whole or arbitrarily can be by CPU (CPU) (or microcomputer, for example microprocessing unit (MPU) and micro-control unit (MCU)) and can be by CPU (or microcomputer, for example MPU and MCU) explain or the program carried out realizes, perhaps can realize by the hardware that uses hard wired logic.
According to the embodiment of the present invention, the equipment operation management agency manages the running status of networking gear to be managed independently, and sends the management result by predetermined interface.On the other hand, the management result that management server only receives by administrative institute, the running status of managing networking gear to be managed.This brings such advantage: disperseed the processing load of management server aspect the running status of management networking gear.In addition, equipment operation management agency independently sends the management result by predetermined interface, under the situation from the request of management server not, allows the slave unit operational management to act on behalf of the one-way communication of management server.This brings such advantage: reduce the traffic by network, and by using unified interface to avoid the complexity of interface.
According to the embodiment of the present invention, obtain such advantage: only, can and be configured to adapt to the networking gear type with equipment operation management agency design by changing device-dependent processor.
According to the embodiment of the present invention, based on the management information specified message, the actuating equipment operational management is handled.This brings such advantage: by changing management information, can handle according to the project and the operational management of standard actuating equipment of hope.
According to the embodiment of the present invention, the actuating equipment operational management is handled, and makes core processor determine running status administrative unit running status management, networking gear.This brings such advantage: the running status that can select to notify management server as required from a plurality of running statuses.
According to the embodiment of the present invention, obtain such advantage: device control cell can be controlled networking gear according to the control command that receives from management server.
According to the embodiment of the present invention, obtain such advantage: also can be according to the running status administration order that receives from management server, the running status of managing networking gear.
According to the embodiment of the present invention, the equipment operation management agency is installed in the monolithic integrated circuit.This brings such advantage: can the equipment operation management agency be installed or be embedded in each networking gear in relatively easy mode.
Though for complete and clearly disclosed purpose, at embodiment the present invention has been described, but therefore appended claim is not restricted, but can be interpreted as comprising all modification in the basic instruction that falls into this paper fully and set forth, that it may occur to persons skilled in the art that and replace structure.
Claims (24)
1. operation management system that the operation that is used for networking gear manages, this operation management system comprises the equipment operation management agency, this equipment operation management agency comprises:
Acquiring unit is used to obtain the information about the service conditions of described networking gear operation;
The operation control unit is used to control the operation of described networking gear;
Initialization unit is used for the described operation control unit of initialization when described networking gear starts; And
Control unit is used for control by the initialized described operation control unit of described initialization unit, controls the operation of described networking gear with the service conditions of obtaining according to described acquiring unit.
2. operation management system according to claim 1, this operation management system also comprises management server, wherein
Described control unit is controlled described operation control unit actuating equipment operational management processing and the management result sends processing, described equipment operation management is handled the running status of managing described networking gear independently, and described management result sends processing and independently is sent in the management result of the described networking gear that described equipment operation management managed in handling via network, and
Described management server is carried out the management result and is received processing, described management result receives processing and is received in described management result via network and sends the management result who sends in the processing, and described management server manages receiving the management result who receives in the processing in described management result, thus management networking gear to be managed.
3. operation management system according to claim 2, wherein said control unit is controlled described operation control unit and is carried out irrespectively with the type of networking gear to be managed that described equipment operation management is handled and described management result sends the core processing of handling these two kinds of processing, and controls described operation control unit is carried out described equipment operation management processing according to the type of networking gear to be managed equipment relevant treatment.
4. operation management system according to claim 3, the running status that wherein said operation control unit is treated the networking gear of management manages, described equipment operation management agency comprises the management information administrative unit, described management information administrative unit manages the necessary management information of running status of described operation control unit management networking gear to be managed, described acquiring unit obtains described management information from described management information administrative unit, and
Described control unit is controlled management information that described operation control unit obtains according to described acquiring unit the running status of described networking gear is managed.
5. operation management system according to claim 4, wherein the mode of notifying described operation control unit and being determined by described operation control unit with the running status by described operation control unit management of networking gear that will be to be managed is carried out described equipment operation management and is handled.
6. operation management system according to claim 3, wherein
Described control unit is controlled described operation control unit and is carried out described equipment relevant treatment according to the control command that receives from described management server.
7. operation management system according to claim 3, wherein said control unit are controlled described operation control unit and are carried out described core processing and described equipment relevant treatment according to the running status administration order that receives from described management server.
8. operation management system according to claim 1, wherein said equipment operation management agency is installed in the monolithic integrated circuit.
9. operation management method that the operation of the networking gear that comprises equipment operation management agency is managed, this operation management method may further comprise the steps:
Obtaining step obtains the information about the service conditions of described networking gear operation;
Initialization step, when the starting of described networking gear, initialization is used to control the operation control unit of the operation of described networking gear; And
Controlled step is controlled at the described operation control unit that is initialised in the described initialization step, to control the operation of described networking gear according to the service conditions of obtaining in described obtaining step.
10. operation management method according to claim 9, wherein said controlled step comprises the running status that the described operation control unit of control is managed described networking gear independently, and independently sending the management result of management operating state independently via network by described operation control unit, described controlled step comprises that also the management server by centralized management networking gear to be managed receives the management result that described equipment operation management agency sends via network.
11. operation management method according to claim 10, wherein said controlled step comprises that the described operation control unit of control and the type of networking gear to be managed irrespectively carry out core processing, and control the type actuating equipment relevant treatment of described operation control unit according to networking gear to be managed, and
As described core processing, independently send described management result.
12. operation management method according to claim 11, wherein said equipment relevant treatment comprises: manage the running status of networking gear to be managed, and the necessary management information of running status of the networking gear to be managed of management in the step of this management operating state is managed; And, carry out the step of described management operating state according to the described management information of in this management process, managing.
13. operation management method according to claim 12, the mode so that running status networking gear described to be managed, that manage in the step of described management operating state is notified described core processing and determined by described core processing is wherein carried out the step of the described state of management operating independently.
14. operation management method according to claim 11, wherein said equipment relevant treatment also comprise the control command that receives according to from described management server, control networking gear described to be managed.
15. operation management method according to claim 11, wherein, in described core processing and in described equipment relevant treatment, according to the running status of managing described networking gear from the running status administration order of described management server reception.
16. operation management method according to claim 9, wherein said equipment operation management agency is installed in the monolithic integrated circuit.
17. an equipment operation management agency, described equipment operation management agency is arranged in the networking gear to be managed and via network and is connected to management server, and this equipment operation management agency comprises:
Acquiring unit is used to obtain the information about the service conditions of described networking gear operation;
The operation control unit is used to control the operation of described networking gear;
Initialization unit is used for the described operation control unit of initialization when described networking gear starts; And
Control unit is used for control by the initialized described operation control unit of described initialization unit, controls the operation of described networking gear with the service conditions of obtaining according to described acquiring unit.
18. equipment operation management agency according to claim 17, wherein said control unit is controlled described operation control unit actuating equipment operational management and is handled, described equipment operation management is handled the running status of the networking gear to be managed of management independently, and described control unit is controlled described operation control unit execution management result and is sent processing, and described management result sends processing independently is sent in the described networking gear of management in the described equipment operation management processing to described management server via network management result.
19. equipment operation management agency according to claim 18, wherein said control unit is controlled described operation control unit and is carried out irrespectively with the type of networking gear to be managed that described equipment operation management is handled and described management result sends the core processing of handling these two kinds of processing, and controls described operation control unit is carried out described equipment operation management processing according to the type of networking gear to be managed equipment relevant treatment.
20. equipment operation management agency according to claim 19, the running status that wherein said operation control unit is treated the networking gear of management manages, described equipment operation management agency comprises the management information administrative unit, described management information administrative unit manages the necessary management information of running status of described operation control unit management networking gear to be managed, described acquiring unit obtains management information from described management information administrative unit, and
Described control unit is controlled the management information that described operation control unit obtains according to described acquiring unit and is come the running status of described networking gear is managed.
21. equipment operation management agency according to claim 20, wherein the mode of notifying described operation control unit and being determined by described operation control unit with the running status by described operation control unit management of networking gear that will be to be managed is carried out described equipment operation management and is handled.
22. equipment operation management agency according to claim 19, wherein said control unit is controlled described operation control unit and is carried out described equipment relevant treatment according to the control command that receives from described management server.
23. equipment operation management agency according to claim 19, wherein said control unit is controlled described operation control unit and is carried out described core processing and described equipment relevant treatment according to the running status administration order that receives from described management server.
24. equipment operation management agency according to claim 17, wherein said equipment operation management agency is installed in the monolithic integrated circuit.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
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| JP2006-325851 | 2006-12-01 | ||
| JP2006325851A JP5028979B2 (en) | 2006-12-01 | 2006-12-01 | Device management system, device management method and agent |
Related Parent Applications (1)
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| CN2007101963444A Division CN101197718B (en) | 2006-12-01 | 2007-11-30 | Operation management system and method for network-connected apparatus, agent for apparatus operation management |
Publications (1)
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| CN101977122A true CN101977122A (en) | 2011-02-16 |
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| CN2007101963444A Expired - Fee Related CN101197718B (en) | 2006-12-01 | 2007-11-30 | Operation management system and method for network-connected apparatus, agent for apparatus operation management |
| CN2010105230590A Pending CN101977122A (en) | 2006-12-01 | 2007-11-30 | Method and system for managing operation of network-connected device and agent for managing operation of device |
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| CN2007101963444A Expired - Fee Related CN101197718B (en) | 2006-12-01 | 2007-11-30 | Operation management system and method for network-connected apparatus, agent for apparatus operation management |
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| US (1) | US20080133732A1 (en) |
| EP (1) | EP1928123A3 (en) |
| JP (1) | JP5028979B2 (en) |
| CN (2) | CN101197718B (en) |
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| CN106416130A (en) * | 2014-02-14 | 2017-02-15 | 英特托拉斯技术公司 | Network security systems and methods |
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Also Published As
| Publication number | Publication date |
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| JP5028979B2 (en) | 2012-09-19 |
| JP2008140154A (en) | 2008-06-19 |
| US20080133732A1 (en) | 2008-06-05 |
| CN101197718A (en) | 2008-06-11 |
| CN101197718B (en) | 2011-03-16 |
| EP1928123A3 (en) | 2010-06-09 |
| EP1928123A2 (en) | 2008-06-04 |
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Application publication date: 20110216 |